When are you going fully electric?

I have a close family member who is very high up for a major energy supplier in the south.

There is literally nowhere near enough capacity on the network to provide enough electricity to an exponentially growing EV audience especially during the evenings and overnight - currently wholesale electrical suppliers can hardly service the constantly growing new build market and associated electrical connections let alone the EV market.

There is a troubling disconnect between this massive push towards EV’s and the amount of actual available electrical supply/physical connections to cater for it.

My company for instance sent a group wide ‘fleet’ update yesterday saying that they will stop allowing fossil fuel cars (hybrids are currently acceptable) to be ordered as part of their drive toward a ‘sustainable transport solution’…….

‘Sustainable EV’s!’ Lol!
This is the daily demand profile for electricity.

DpbkhiA.png
 
This is the daily demand profile for electricity.

DpbkhiA.png

Forgive me - it’s not about electrical supply demand - it’s about the capacity to provide enough for the increased demand in terms of new connectivity and the associated loads this puts on the networks -my fault if I wasn’t clear
 
Travel assist isn't just an EV thing. :p

Is "EV travel sickness" a thing? My son was prone to getting car sick when younger, 10 ish, seems to have faded now he is 14.
Whilst travel assist isn't just an EV thing, the implementation and smoothness of control is much better, the electric drivetrain adds a layer of smooth control that mean I use it a lot. We had a golf with travel assist a few months ago and it was not the same, quite odd at slow speeds with the auto box/engine adding this notchy control at times that made me switch it off.

I only brought up the travel sickness because I felt it was the cars weight and damping that contributed to it. the DCC has a very large range (larger than the adaptive suspension on the BMW X3), and so I generally have it in individual on the softest setting which really makes for a smooth ride normally, but is clearly underdamped for badly undulating roads with the amount of weight it carries so has too much overshoot leading to this bouncier feeling, but on the hardest setting it tracks much better, with no overshoot and reduces the car sickness, but does make it a bit more fidgety.. However we are talking B roads in the lake district, I grew up there and getting car sick in the back of a Metro was a regular occurance!
 
Whilst travel assist isn't just an EV thing, the implementation and smoothness of control is much better, the electric drivetrain adds a layer of smooth control that mean I use it a lot. We had a golf with travel assist a few months ago and it was not the same, quite odd at slow speeds with the auto box/engine adding this notchy control at times that made me switch it off.

I only brought up the travel sickness because I felt it was the cars weight and damping that contributed to it. the DCC has a very large range (larger than the adaptive suspension on the BMW X3), and so I generally have it in individual on the softest setting which really makes for a smooth ride normally, but is clearly underdamped for badly undulating roads with the amount of weight it carries so has too much overshoot leading to this bouncier feeling, but on the hardest setting it tracks much better, with no overshoot and reduces the car sickness, but does make it a bit more fidgety.. However we are talking B roads in the lake district, I grew up there and getting car sick in the back of a Metro was a regular occurance!

Have a golf at the mo, travel assist is superb, use it all the time, expect it is smoother with an EV though. :)
 
This is the daily demand profile for electricity.

DpbkhiA.png

Not knocking that your graphs are wrong but surprised usage is exactly the same in winter between 3.30am and 8am as the rest of the year. I know I dont bother putting any lights on atm when i get up at 5.30am and at work all out floodlights are on sensors and go off before 6am whereas in winter they can be on until 9am on dark days.
 
Forgive me - it’s not about electrical supply demand - it’s about the capacity to provide enough for the increased demand in terms of new connectivity and the associated loads this puts on the networks -my fault if I wasn’t clear

You were perfectly clear, the point that @chanjy was making is that the vast majority of EV charging can be done in that bit of the curve that’s lower (E.g. not between 6am and 8pm).

I totally get the usage pattern for a rapid charger closely matches the usual energy demand curve but in reality, they represent a small fraction of the energy used by the EV fleet.

The local and national grid is built to cater to peek demand, outside the times of peek demand there is plenty of generation and distribution capacity. For example, wind turbines are often turned off at night because there is too much electricity and not enough demand.

You can’t say the same for electric heat, that will add to peak demand but that isn’t the topic of this thread.
 
Whilst travel assist isn't just an EV thing, the implementation and smoothness of control is much better, the electric drivetrain adds a layer of smooth control that mean I use it a lot. We had a golf with travel assist a few months ago and it was not the same, quite odd at slow speeds with the auto box/engine adding this notchy control at times that made me switch it off.

I only brought up the travel sickness because I felt it was the cars weight and damping that contributed to it. the DCC has a very large range (larger than the adaptive suspension on the BMW X3), and so I generally have it in individual on the softest setting which really makes for a smooth ride normally, but is clearly underdamped for badly undulating roads with the amount of weight it carries so has too much overshoot leading to this bouncier feeling, but on the hardest setting it tracks much better, with no overshoot and reduces the car sickness, but does make it a bit more fidgety.. However we are talking B roads in the lake district, I grew up there and getting car sick in the back of a Metro was a regular occurance!

This. Same in my x5 45e. On normal mode the suspension is like a Rolls Royce on the roads but on undulating roads and weighing 2.7 tonnes, it bounces around far too much!!! I forgot last night to switch it over to sports suspension on my way home and wondered what the hell was happening!!!
 

Co Charger – the Platform That Lets You Share a Charge Point within Your Local Community

UK technology innovation for GenZ - whether it would be against Octopus T&C's
Co Charger is developing a community that helps to accelerate electric vehicle (EV) adoption. Through our app, we enable people who cannot charge a vehicle at home, to do so within quick walking distance of their home. We’re establishing and growing local communities of Co Charger Hosts, enabling people in their immediate locality to charge electric vehicles.
 

Co Charger – the Platform That Lets You Share a Charge Point within Your Local Community

UK technology innovation for GenZ - whether it would be against Octopus T&C's
Co Charger is developing a community that helps to accelerate electric vehicle (EV) adoption. Through our app, we enable people who cannot charge a vehicle at home, to do so within quick walking distance of their home. We’re establishing and growing local communities of Co Charger Hosts, enabling people in their immediate locality to charge electric vehicles.
Doesn't plugshare already do this
 
Co charger has been going ages. I’m a host, had a local guy in an i3 charge twice… on my rates and hence low pricing I should be getting busier :cry:

Quite different to plugshare/Zap-Map where home chargers simply pop up on the database to be honest, co charger also deals with the transaction of cash too.
 
I have a close family member who is very high up for a major energy supplier in the south.

There is literally nowhere near enough capacity on the network to provide enough electricity to an exponentially growing EV audience especially during the evenings and overnight - currently wholesale electrical suppliers can hardly service the constantly growing new build market and associated electrical connections let alone the EV market.

There is a troubling disconnect between this massive push towards EV’s and the amount of actual available electrical supply/physical connections to cater for it.
National Grid’s view says otherwise.

Forgive me - it’s not about electrical supply demand - it’s about the capacity to provide enough for the increased demand in terms of new connectivity and the associated loads this puts on the networks -my fault if I wasn’t clear
Time of use energy tariffs will steer people to using EV charging when the demand peak is low. There is a lot of free capacity during the off-peak time from 9pm to 5am
Smart EV chargers will do this charging time adjustment automatically, taking signals for when to start & stop charging based on demand and therefore cost. Of course, the owner will be able to override this if required.


52280569325_ecbaa9f0c0_c.jpg
 
Last edited:
enough of the put-downs
he is right with respect to increasing national grid infrastructure, which they need to put in, to get the North sea wind farm power into the heart of the country,
in parents area of Norfolk/Suffolk residents currently complaining about new pylon routes, buried are too expensive.
e: hadn't looked up deatils before
The existing network in East Anglia currently carries around 3,200 megawatts (MW) of electricity generation. Over the next decade we expect more than 15,000 MW of new generation and 4,500 MW of new interconnection to connect in the region.
 
Last edited:
enough of the put-downs
he is right with respect to increasing national grid infrastructure, which they need to put in, to get the North sea wind farm power into the heart of the country,
in parents area of Norfolk/Suffolk residents currently complaining about new pylon routes, buried are too expensive.
e: hadn't looked up deatils before
The existing network in East Anglia currently carries around 3,200 megawatts (MW) of electricity generation. Over the next decade we expect more than 15,000 MW of new generation and 4,500 MW of new interconnection to connect in the region.

No doubt, we need more electric generation to meet the 2050 targets. Think the peak demand forecast is due to double to about 50GW, once heat pumps and EV's go mainstream. But there will always be a period of time where demand is low, mostly overnight where some of this demand can used during that time.
 
Indeed, gridserve have publicly stated that the usage profile of their rapid chargers essentially follows the grids usual demand curve.

When you think about it, that shouldn’t be a surprise, as it also follows general traffic patterns.

The forecast increase in peak demand is predominantly from space heating. Again if you think about it, your heating is generally only on when you are at home and awake. That means adding to those peak demand points.

My water and heating consume around 11,000 kWh a year. Even with a really good heat pump system, that’s still another 3200kwh of electric I’ll need and not a lot of it can happen outside of peak times (water heating only a small fraction of the cost) unless we deploy some other kind of thermal store.

The issue with the latter is where do you put it? All our heating equipment is upstairs and a thermal store big enough to run central heating will weigh hundreds of KGs.
 
Indeed, gridserve have publicly stated that the usage profile of their rapid chargers essentially follows the grids usual demand curve.

When you think about it, that shouldn’t be a surprise, as it also follows general traffic patterns.

The forecast increase in peak demand is predominantly from space heating. Again if you think about it, your heating is generally only on when you are at home and awake. That means adding to those peak demand points.

My water and heating consume around 11,000 kWh a year. Even with a really good heat pump system, that’s still another 3200kwh of electric I’ll need and not a lot of it can happen outside of peak times (water heating only a small fraction of the cost) unless we deploy some other kind of thermal store.

The issue with the latter is where do you put it? All our heating equipment is upstairs and a thermal store big enough to run central heating will weigh hundreds of KGs.
Yup, and why Gridserve are also investing in Solar. Generation matches usage.

I guess the longer term answer is battery storage at home. Charge it up overnight and release it during the day.
 
I guess the longer term answer is battery storage at home. Charge it up overnight and release it during the day.

It actually more likely to be V2H and V2G using BEV's sat around doing nothing during the day as well. I was reading about a scheme in the Netherlands (IIRC) where they have bi-directional charging on the car park for all the staff, over 30+ vehicles so far on it, they use intelligent demand to charge and discharge the cars, providing power for the offices directly, and when relevant the grid. They obviously have cut offs for low state of charge for the cars, and they are paid for the use of the electricity at a higher rate than they would be normally at peak times (like Agile does here) and have the option to buy back at a lower rate or take credits (kWh) to use when they want to.

Scale that idea up across entire countries where vehicles are static most of the day, and you have you storage, peak demand issue partially resolved.
 
Just back from a week or so in the Lake District, 201 mile journey each way, M5, M6, A590..

+'s and -'s from an EV perspective:
Journey Up (Plan was to stop and charge to 75% en-route so we'd arrive with plenty of charge at the cottage).
- Stopped at some services with 4 EV bays, of which only 2 can be used at a time, 1 was Chademo Only and 1 numpty in an ID.4 was overstaying in his spot for over 2 hours, so basically 1 charger between 3 of us trying to do a splash 'n' dash..
+ The cameradery at the services was great, 3 of us all worked together, giving each 15-20 mins to get enough charge. despite all that, we still managed to charge before the family had finished their lunch (being busy it took 30+ mins to get food let alone eat it).
+ Travel Assist on the ID.3 on the M6 was a god send, it really takes the hassle out of stop/start/slow moving motorway traffic.
+ We got 4 m/kwh average with a very full car (4 + dog + weeks luggage), the temperature was 20 degrees, so ideal for longer battery life.. (not too much air con needed, battery chemistry loving 20+ degrees!)

Out and about
+ Despite a total drought of chargers, we had no issues, I used £15 bonnet credit + the first month free subscription to charge @ 0.45p at a Genie point in Ulverston that was always empty. That and using the £5 instavolt credit at the local Booths (they have 4 fast chargers per supermarket site) which invariably only had 1 or 2 max charging at any time so actually never waited once for a charge and using £20 of credit and remaning charge @0.45p/kwh meant we didn't spend much at all on fuel.
- Managed to find a pothole/missing edge of the road at the wrong point and ripped both inside tyres, slightly bending the alloys at the same time
+ The local VW dealer (some 1.5 miles from the pothole!) had 2 spare tyres and managed to get us underway with the caution of getting the alloys changed as soon as.
- the windy/undulating roads with a heavily sprung EV does not lead to a nice ride for passengers, getting a bit car sick in the back after 30 minutes.. I found winding DCC to max (stiffest) stopped the issue, setting it to softest definitely had a bit too much 'bounce'.

Journey Back:
+ Travel Assist once more was so helpful on the usual M6 congestion
- Whilst we did a splash and dash at the Ionity at Stafford, one charger was out, and the one I ended up with wouldn't read my WeCharge card (giving us 0.45p/kwh), I initially started charging using the IONITY app @ 0.69p/kwh until I realised you can initiate a charge using the ID Connect app so taking advantage of the We Charge discounted rates, so stopped after 10kwh's of juice and restarted using the cheaper method. this just shows the faff it still can be.. enough chargers here, but RFID not working, then having to figure out what app allowed what..


Overall it cements that whilst we are very happy with an EV, it only works with a bit of knowledge and prior thought, if traffic conditions change and you need to re-route, it can be luck if you can find anywhere quickly to charge without getting someone else in the car to trawl through ABRP / Plugshare or Zap Maps and there is always a percentage of chargers not working, or some numpties overstaying by hours hogging a spot..

It's fine for us since 98% of the time we charge at home, so it's just the odd long journey we have to endure the aggro, but if I was having to use public charging daily, it'd put me off a bit, especially if I was travelling to different places all the time, I'd only consider an EV if it was a Tesla just for the charging network.

So you paid 0.45p/kwh the most I pay is @ 0.28p Rapid with pod point when charging for 30mins = £8.40 but for me I use only half the charge or free charging when there is a free space if I can one!, Instavolt Rapid charges 0.57p/kwh so IONITY is expensive @ 0.69p the Zap map is good at finding chargers but most of them is off street parking @ 3.7/5/7kwh what a joke run by Ubitricity and others companies they say 50kwh I can't find them! Because they are very slow charging and depends how low you take the battery down = to the hours you need to stay there just like the free chargers all the Rapid spaces goes quickly so finding one is a waiting game in some areas like my town, I have a Peugeot E 2008 and it takes Type 2/CCS2 plug and some are the old ChAdeMO but you do find many Rapid chargers have both CCS2/ChAdeMO but in the EU the ChAdeMO is losing the fight with the CCS2.

I hope in future WIFI goes behind just your area! I hate using mobile Data to find charger points on the map but have too if your limited to DATA each month it's easy too racks up the bills as well if not checked, unless you have unlimited DATA then that's fine. but of cause anyone can use the unsafe hot spots if they choose, it's not safe for payment IMO. Many Rapid charger stations I found use contactless cards at the stations for payment no need to register! Saying that Zap Map app will show all the companies charging stations on the UK map @20336, but they don't tell you is many charge stations use only an app to work like pod point and others, it the same with off street it's a QR code charging and payment only system @7kwh lamppost it's ok if you live there and some off streets you only get two hours max, BP pulse is 0.45pkwh and have 9,000 charger points across the UK but ChargeMaster is the largest electric vehicle charging network in the UK.

This week I had to use Instavolt Rapid charger @0.57p/kwh 58mins 11sec cost me £14.41 didn't want to wait again for another day when to find pod point empty @ Tesco in my city there isn't a lot of charging stations vs EV owners The Local government didn't think this though enough. I read my council is going to install another 110 over the next 3 years what a big disappointment for a seaside town.
 
Last edited:
V2L/V2G
EV6 V2L capability/cars were delayed into usa - was it ? because the warranty impact of additional erratic loading on the cells needed evaluation,
it's not like the current demands on the battery from the drive motor, & generally, for full V2G that'll be an issue, if you are selling a 2nd hand car that has been dual purpose.

Lightening with its orientation towards commercial use must present that concern today (running arc welder, power tools ....) or later the Cybertruck
 
Back
Top Bottom